davidshepherd7

all: vrfy mac

vrfy:   vrfy.o cbcmac.o aes_core.o
	gcc -o vrfy vrfy.o cbcmac.o aes_core.o -lpthread

mac:    mac.o cbcmac.o aes_core.o
	gcc -o mac mac.o cbcmac.o aes_core.o -lpthread

clean:
	rm -f mac.o aes_core.o cbcmac.o mac.o vrfy.o vrfy mac

davidshepherd7

\newcommand{\scalemath}[2]{\scalebox{#1}{\begin{math} {#2} \end{math}}}
\newcommand{\Aprime}{\scalemath{0.5}{\begin{matrix} \Amm & \Abound \\ \zm & -\Idm \end{matrix}}}
\newcommand{\Gprime}{\scalemath{0.5}{\begin{matrix} \zm & \zm \\ \zm & \bm \end{matrix}}}
\newcommand{\Qprime}{\scalemath{0.5}{\begin{matrix} \Qm \\ \zm \end{matrix}}}

Combining the above with the Jacobian matrix as derived in \cref{sec:llg-magn-coupl}, the complete Jacobian is
\begin{equation}
  \Jm =
  \scalemath{2}{

davidshepherd7

(defun dwim-entire-line (function)
  (if (region-active-p)
       (funcall function (region-beginning) (region-end))
     ;; else
     (funcall function (point-at-bol) (point-at-beginning-of-next-line))))

(global-set-key (kbd "M-;") (lambda () (interactive)
  (dwim-entire-line 'comment-or-uncomment-region)))

davidshepherd7

(defun true1 () t)
(setq function-list (list #'true1))
(cons 'or function-list)
(eval (cons 'or function-list))